OXYGEN PRODUCTION PLANTS

Oxygen Production Plants, are turning the site into smart factories equipped with Internet of Things (IoT) technology in order to enhance systems and equipment, improve the quality of products, reduce outage times and maintenance costs, and eliminate dangerous and heavy manual operation.

The increasing use of IoT technology among oxygen production plants is being driven by the need to improve plant efficiencies, lower costs and close production gaps. Utilising data for process improvement will assist manufacturers in tackling the rising cost of quality that affects companies at all levels of production. This can be accomplished through an increased knowledge base of equipment and processes, resulting in improved yield while reducing operational costs.

The adoption of IoT in the oxygen industry has given rise to new methods that allow plant managers and senior level management to receive accurate information in real time. This allows them to bring balance, both in terms of quality as well as optimum production levels, throughout the process of manufacturing oxygen through several integrated operation processes.

Oxygen production Plant is a very complex process, especially when dealing with the variation in oxygen molecular weights and purities. A reactor has many moving parts and a complex network of valves. This can make it difficult to keep track of what is going on inside the machine. At the same time, there are several people responsible for monitoring the equipment from different angles and locations – but each with their own view into the process.

Oxygen Production Plants, What is Internet of Things (IOT)?

The Internet of Things is the network of physical devices and everyday objects embedded with electronics, software, sensors, and connectivity enabling these objects to exchange data without needing human-to-human or human-to-computer interaction. In recent years, the Internet of Things in manufacturing has proven to be very beneficial to businesses, and plant managers are embracing this technology to help manage their facilities efficiently.

The benefits of one-to-many communication are now achievable with the recent advancements in IoT technology, and manufacturers across many industries are taking advantage of it. In the manufacturing sector, many leaders like Siemens and Oracle are developing and implementing IoT systems to monitor devices and streamline manufacturing processes.

Oxygen Production Plants, Increasing Use of IOT in Oxygen Production Plants

With the introduction of IoT (Internet of Things) technologies into the healthcare industry, medical professionals have been able to collect and analyse real time information that they previously did not have access to. This data has helped them create more useful models and produced a better quality of treatment. Manufacturers can learn from these patterns in order to achieve optimum production levels and improve efficiency.

The Internet of Things (IoT) is now becoming a reality through the combination of widespread connectivity and fast processing power. Manufacturing plants worldwide are beginning to adopt IoT technologies to connect equipment, devices, and other smart devices.

Over the past few years, the number of manufacturers implementing IoT (the Internet of Things) technology in their manufacturing processes has dramatically increased. According to recent IoT research from Booz Allen Hamilton, 69 percent of industrial manufacturing executives surveyed believe that IoT will be a competitive differentiator over the next three years

To ensure better efficiency, manufacturers are turning to the latest Internet of Things technology. For example, in the packaging industry, IoT-powered packaging lines are being used to better monitor and control machinery. In the medical field, temperature monitoring systems are being used for sterility and quality control. According to McKinsey & Company, by 2025 there will be 75 billion connected devices!

OXYGEN PLANT EXPORTER AIR RECEIVER

This serves as a buffer vessel / small storage for compressed air for continuous feed of air to the system. This also kills the pressure pulsation and supply air at almost constant pressure. Here moisture is also drain out by Auto Drain from the bottom.

Oxygen Production Plants, Strong growth in global oxygen market

The global oxygen market is observing a strong growth rate, thanks to increasing demand for liquid oxygen and gaseous oxygen. The application sector has witnessed an increase in demand for liquid oxygen, which is in line with growing need for feedstock and raw material for oxygen generation process. There has been an increase in the number of applications of oxygen in advanced manufacturing processes such as welding, cutting, brazing, soldering and combustion.

Pure gas systems are gaining ground in advanced manufacturing industries to test their products under vacuum conditions.

Global oxygen market stakeholders are striving to develop new types of applications that can attract end-users. They are also focusing on building upon processes and creating products that have low material costs and high life cycles.

Google Searches Trends Rise on Oxygen related topics

Google search trends reveals that there has been a huge rise in search for words across globally including India in: liquid oxygen plants, manufacturer of oxygen plant, manufacturer of oxygen plants, oxygen cylinder filing plants, oxygen liquid plant, oxygen plant exporter, oxygen production plant, oxygen production plants.

Oxygen Production Plants, Rise in Oxygen Demand in India

Demand for medical oxygen in India has again shot up due to the outbreak of third coronavirus due to a new variant Omicron. Numbers of daily positive cases have crossed more than 1.25 lakhs per day. Similarly demand for medical oxygen has touched 1600-1700 MT per day. However, the Modi Government has assured that they have now capacity to meet demand up to 109000 MT/day.

Bhartiya Cryogas, is India’s top manufacturer and supplier of liquid oxygen plants and now also caters demands from global market. According to the company’s officials, medical oxygen plants can be used at hospitals, blood banks, nursing homes, and a variety of other institutions that have high oxygen concentrations. Oxygen plants can use a variety of different technologies to generate medical oxygen including liquefaction, cryogenic air separation, pressure swing absorption, and membrane absorption. Medical oxygen produced in this manner can be used by delivery systems such as tanks, cylinders and medical gas systems.

The oxygen plants provide oxygen to end-users either through compressed or liquid state, from air separation units, from oxygen¬ renningers or from an LNG plant, based on the needs of the customers. Air Separation Units are also referred to as ASU's.

I wish this article helps to Understand Oxygen Production Plants Works.